Knowledge Center Catalog

Effect of rice and wheat establishment techniques on wheat grain yield

By: Contributor(s): Material type: TextTextPublication details: Mexico, DF (Mexico) NARC|CIMMYT|Rice-Wheat System Research Consortium : 1998ISBN:
  • 970-648-014-5
Subject(s): DDC classification:
  • 338.16 RIC
Summary: An experiment was designed to develop an alternative technology to rice transplanting and wheat seeding in soil with excess moisture. Rice planting methods did not affect wheat yield whereas wheat crop establishment methods significantly affected wheat grain yields and yield components. Planting wheat with the Chinese seed drill resulted in the highest grain yield (2,937 kg/ha) and net benefit (Rs 20,194)/ha). The next most favorable practice was surface seeding of wheat. Surface seeding resulted in the most plump grain and proved to be an alternative for planting wheat on time in the mid- and lower wetlands, where there is excess soil moisture at wheat planting time. This practice could help bring non-traditional wheat areas (Presently sown to rice-fallow) into wheat cultivation (rice-wheat).
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An experiment was designed to develop an alternative technology to rice transplanting and wheat seeding in soil with excess moisture. Rice planting methods did not affect wheat yield whereas wheat crop establishment methods significantly affected wheat grain yields and yield components. Planting wheat with the Chinese seed drill resulted in the highest grain yield (2,937 kg/ha) and net benefit (Rs 20,194)/ha). The next most favorable practice was surface seeding of wheat. Surface seeding resulted in the most plump grain and proved to be an alternative for planting wheat on time in the mid- and lower wetlands, where there is excess soil moisture at wheat planting time. This practice could help bring non-traditional wheat areas (Presently sown to rice-fallow) into wheat cultivation (rice-wheat).

English

9901|AGRIS 9901

Jose Juan Caballero

CIMMYT Publications Collection


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